Industrial Engineer - Semiconductor Throughput & Analytics

Socket.dev; United States; Hybrid; USD 101,000 - 120,000; Full time

Job summary

GlobalFoundries in Malta, NY seeks an Experienced Industrial Engineer to design systems and processes improving productivity in semiconductor manufacturing. You will develop equipment layouts, workflow tools, and capacity models, aiming to maximize plant utilization and minimize downtime.

Applicants should have 3+ years in semiconductor manufacturing with expertise in data analytics (JMP, Power BI), throughput optimization, and long-term modeling.

Qualifications

• Bachelor’s degree in Mechanical or Industrial Engineering or related field.
• 3 years of progressively responsible post‑baccalaureate experience in semiconductor manufacturing and process optimization.
• Experience with JMP Data Analytics and Power BI for interactive data visualization and modeling.
• Knowledge of throughput optimization, cycle time analysis, and long‑term modeling.

Responsibilities

• Design systems and processes to increase productivity in semiconductor manufacturing.
• Develop layouts, workflow tools, and capacity models for plant facilities.
• Identify bottlenecks, improve throughput, and reduce waste and cost.
• Ensure compliance with industry safety and design standards.

Skills

JMP Data Analytics

Power BI

Throughput Optimization

Cycle Time Analysis

Long Term modeling

Obsolescence Maintenance

Education

Bachelor’s degree in Mechanical Engineering, Industrial Engineering or related field

Tools

SWD process

DIFF process

IMP process

Job description

GlobalFoundries in Malta, NY seeks an Experienced Industrial Engineer to design systems and processes improving productivity in semiconductor manufacturing. You will develop equipment layouts, workflow tools, and capacity models, aiming to maximize plant utilization and minimize downtime.

Applicants should have 3+ years in semiconductor manufacturing with expertise in data analytics (JMP, Power BI), throughput optimization, and long-term modeling.